mz1= m/2 m/3

Q: 5. m/DGF = (8r - 31) (4r + 7), E H.

A: Given,

Q: How much time will it take for a spider crawling across the floor at .5 m/s to get 4 meters away? 8…

A:

Q: 6. dx (x2 + 2x + 2)²

A:

Q: V7. VI1 = V /7. V11

A: We have to fill in the blanks: 73·113=__3 We know the exponents rule, am=a1mam·an=am+nam·bm=abm  (…

Q: 1. L= V1 + 16x6 dx

A: First, we factor out 16 from the radical term, So, it becomes,

Q: Find the distance traveled after 6 seconds by a particle whose velocity is v(t) = (t − 2) meters at…

A: Given

Q: S dx 2 25+ 16x

A:

Q: For a moving object, velocity V, distance S, and acceleration A, are related by the formula below.…

A: V2=2AS Where V= Velocity A=Acceleration S=Distance

Q: JA 1 dx. /4-

A: ∫14-x2dxFormula∫11-x2dx=sin-1(x)+C

Q: M/12 = 2.7 Show your work!

A: Given:-M12=2.7To find: value of M

Q: 1 dx 4+vx 10.

A:

Q: z

A:

Q: 9(x, у) %3D In(x3 + y) a²g дх ду

A:

Q: w Thast 11

A:

Q: (Vx - 1/Va)

A: x32x-1x

Q: If mBC= (9x - 53)' and mCD`= (2r + 45)', find MBAD. %3D B C

A:

Differential Equations

Have you ever observed the movement of the satellites and rockets or how the planets go around the sun in their orbits? How will you determine their motion? Definitely they follow some scientific laws and these kinds of problems are framed as differential equations.